Bottle with environmental sensor

Abstract

An environmental exposure indicator sensor, such as, for example, UV exposure indicator sensors and its use with consumer bottles or containers is provided. Specifically, an environmental exposure indicator sensor, such as a UV or heat exposure indicator sensor is applied to the surface of a bottle or container to be used as a means of providing its user with information about the ambient environment (e.g., UV or heat radiation) incident on said bottle or container, and therefore the user's exposure to that environment.

Description

FIELD OF THE INVENTION[0001]The present invention is directed to a consumer product bottle having an environmental indicator sensor integrated thereon; and particularly to a sunscreen bottle having a UV exposure indicator sensor integrated therewith.BACKGROUND OF THE INVENTION[0002]UV radiation is commonly known to be damaging to skin and is an established risk of skin cancer. Basal cell carcinoma is the most common skin cancer with greater than 400,000 cases per year in the USA alone. Squamous cell carcinoma is the second most common skin cancer with between 80,000 and 100,000 cases annually in the USA, and malignant melanoma is the most aggressive form of skin cancer with over 25,000 annual cases in the USA resulting in about 6,000 deaths.[0003]There are many factors that can modify acceptable levels of sun exposure including altitude; skin complexion; amount of cover; and genetic disorders, such as xeroderma pigmentosum which is a mutation in a genetic repair mechanism that impai...

AI Technical Summary

Benefits of technology

[0022]In still yet another embodiment, the exposure indicator sensing device may be included on other consumer goods not related to determining UV exposure for a person. For example, in one embodiment a sensing device could be place on a paint can to allow users to know if there is enough incident UV radiation to most efficiently aid in drying the paint.

Problems solved by technology

UV radiation is commonly known to be damaging to skin and is an established risk of skin cancer.

People with xeroderma pigmentosm have a skin repair mechanism that is grossly compromised and can lead to the development of skin cancer with extremely shortened UV radiation exposure times when compared to that of individuals with the more common functioning version of this genetic repair mechanism.

However, with long term exposure, repeated errors in this repair mechanism may result in cancer formation.

Rays of less than 320 nm are responsible for sunburn and are most often filtered out by glass and even smog; however, large amounts of these damaging rays can penetrate 1 foot of water, light clouds, or fog inflicting damage to the skin.

While UV-B is the agent chiefly responsible for skin cancer and skin pigmentation, UV-A does cause other undesirable damage to the skin.

Specifically, while the spectral range of UV-A is too high to cause sunburn, it still damages the skin.

However, continuingly diminishing ozone levels in the stratosphere has led to increased UV-A and UV-B exposure.

Sun exposure also causes functional changes in Langerhan's cells of the epidermis, which has debilitating immunologic consequences.

Since the body responds by adding melanin pigment to the skin as a self protection mechanism, it should not be surprising that individuals with less melanin in their skin to begin with, are more prone to the harmful effects of the sun's rays.

Unprotected skin will be damaged and can burn quickly.

Unprotected skin can burn in minutes.

The one drawback to these guidelines is that the person must know their UV exposure.

However, none of these types of sensors have ever been applied to a consumer good in a way that could communicate to a consumer their level of UV exposure.

However, these patents pertain in spirit to labels for advertising purposes and a method of attachment and lay no claim to the application of containers or labels that incorporate environmental sensors, such as the UV exposure sensors.

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